About BBJ
BioBank Japan (BBJ) was established in 2003 at the Institute of Medical Science of the University of Tokyo as a national project supported by the Ministry of Education, Culture, Sports, Science and Technology, aiming to realize personalized medicine based on the genetic information of each individual. BBJ collected biological samples and clinical information from as many as 270,000 patients through cooperating medical institutions nationwide from fiscal years 2003 to 2017 and stored them under the strictest security measures. Those samples and information, removed personal information such as the name, address, date of birth, etc., and assigning a new ID number for research are provided by the BBJ to research institutions, companies, and other researchers who aim to realize genomic medicine and develop new diagnostic and therapeutic methods.
Aiming to develop an infrastructure for the realization of personalized medicine, blood samples and clinical information from 200,000 patients (300,000 cases) with 47 diseases were collected, Biobank Japan (BBJ) was established, and genetic analysis was conducted.
Stable maintenance and operation of the biobank by collecting samples, clinical information, and prognostic information on registered patients in order to utilize research resources and data established in the 1st phase.
Utilizing the clinical information, DNA/serum, and genome analysis data collected in BBJ till the 2nd phase, analysis and data release were conducted. In addition, clinical information and blood (DNA) of the 2nd cohort of 67,000 patients (100,000 cases) were collected.
Promote the utilization of samples (DNA and serum), clinical information, and genome data of a total of 267,000 patients (440,000 cases) with 51 diseases collected and stored by the third period. Manage and operate as a biobank that is actively utilized by researchers.
Promote the utilization of DNA and serum samples, along with clinical information and genome data collected and stored by the third period. Develop the bank into a biobank actively utilized by researchers in both industry and academia by fostering collaboration, enhancing the bank’s digitalization, collecting additional clinical information and samples, and advancing the construction of a genome/omics analysis infrastructure